plCndNormal.h

/*=============================================================================
 * Product        : OpenPL 
 * File           : plCndNormal.h (before plConditionalGauss.h)
 * Author         : Christophe Coue
 * Creation       :  Jun 5 18:08:40 2001
 *
 *=============================================================================
 *     (c) Copyright 2000, Centre National de la Recherche Scientifique,
 *                              all rights reserved
 *=============================================================================
 *
 *------------------------- Description ---------------------------------------
 *   
 *   
 *-----------------------------------------------------------------------------
 */

#ifndef _plCndNormal_h_
#define _plCndNormal_h_


#include <plCndCKernel.h>
#include <plKernel.h>
#include <plArray.h>
#include <plExternalFunction.h>
#include <plFloatMatrix.h>
#include <plFloatVector.h>


/*****************************************************************************
 *                           Classes Definitions
 *****************************************************************************/


class plCndNormal : public plCndCKernel
{

public:

  
  plCndNormal();
  

  // ONE D CASES CONSTRUCTORS

  plCndNormal(const plSymbol& left,
          const plSymbol& mean,
          plFloat std_dev);
  
  plCndNormal(const plSymbol& left,
          plFloat mean,
          const plSymbol& std_dev_var);
  
  plCndNormal(const plSymbol& left,
          const plVariablesConjunction& right,
          const plExternalFunction &fm,
          plFloat std_dev);
   
  plCndNormal(const plSymbol& left,
          const plVariablesConjunction& right,
          plFloat mean,
          const plExternalFunction &fsd);
  
  
  // N D CASES CONSTRUCTORS
  
  plCndNormal(const plVariablesConjunction& left,
          const plVariablesConjunction& mean,
          const plFloatMatrix &var_matrix);
 
  plCndNormal(const plVariablesConjunction& left,
          const plFloatVector &mean,
          const plVariablesConjunction& variance_vars);

  plCndNormal(const plVariablesConjunction& left,
          const plVariablesConjunction& right,
          const plExternalFunction &fm,
          const plFloatMatrix &var_matrix);
    
  plCndNormal(const plVariablesConjunction& left,
          const plVariablesConjunction& right,
          const plFloatVector &mean,
          const plExternalFunction &fvar);
  
  

  // MIXT CASES CONSTRUCTORS


  plCndNormal(const plVariablesConjunction& left,
          const plVariablesConjunction& mean,
          const plVariablesConjunction& variance_vars);

  plCndNormal(const plVariablesConjunction& left,
          const plVariablesConjunction& right,
          const plExternalFunction &fm,
          const plExternalFunction &fvar);

  plCndNormal(const plVariablesConjunction& left,
          const plVariablesConjunction& right,
          const plExternalFunction &f_mean_var);



  virtual ~plCndNormal(){};

};

#endif

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